The Customer`s Medical Heart Rate Monitoring System comprises of the following components.
A heart rate variability monitor strapped to the patient`s chest.Acute Patients are immobilized in the ICU.
A wireless reciver subsytem is installed in the montoring room 30ft away from the bedside.The equipment vendor supplied the equipment 5 years ago, tested and verified that the transmitted R-R intervals would display on the monitoring station.
A mobile App enhanced to provide mobile monitoring capabilities.
Simulated Link…..project detail.
The simulated link is built to allow collection of open source bluetooth link logs.
..
The business technical goals and trade offs were considered in characterizing the system.The AIC Triad were the most pertinent for the user.It is a venerable method used for analysing end to end network performance.
library(plotly)
library(stats)
library(tidyr)
library(DT)getwd()## [1] "C:/Users/nitie/Desktop/USF/Fall_2022/Project_presentation_template/New folder"
Returns: Dataframe of the dataset
#your content of chunks here
# read in your dataset
dt_Bt_Link <- read.csv2("./data/bt_Link_kpi_1.csv", header=TRUE, sep=",")
#head(as.data.frame(dt_Bt_Link),n = 10)
datatable(head(dt_Bt_Link,20), rownames = TRUE, options = list(autoWidth = TRUE,pageLength = 7, scrollX=T),caption = 'Table 1: Aggregate link dataset' )Returns: your content …the output of your content
#your chunk content here
datatable(head(dt_Bt_Link,20), rownames = TRUE, options = list(autoWidth = TRUE,pageLength = 7, scrollX=T),caption = 'Table 1: Aggregate link dataset' )Returns: your content …the output of your content
#your content of chunks hereReturns: your content …the output of your content
# your content of chunks hereyour tab description here Availability is dependent on uptime & downtime that may be due to any to possible equipment outage,power failure or fading.The link was designed to be a high reliability link of “five nines”.
Availability Metric: Mean time between failure. MTBF/(MTBF+MTTR) * The receiver must have a sensitivity level for which the bit error rate (BER) 0.1% is met.
Distribution of Rx Lev at the input of the receiver detector. Create group variable for link performance. Categorize RXlev by noise floor
#your content of chunks hereReturns: your content …the output of your content
#your content of chunks hereReturns: your content …the output of your content
# your chunk content herePie chart of performance of the Link
Returns: your content …the output of your content
#pie chart
#sort(table(dt_Bt_Link_1$RxLev_cat))
#Av <- as.data.frame(table(dt_Bt_Link_1$RxLev_cat))___Returns: Plot of distribution of availability.
#pie chart
#p<- ggplot(Av, aes(x="Link Availability", y=Freq, fill=Var1))+
#geom_bar(width = 1, stat = "identity")
#pie1 <- p + coord_polar("y", start=0)
#pie1# your chunk contentReturns: .Number of times that Rxlev was at the certain value._
#your chunk content#your chunk contentReturns: A plot of the impact of sensitivity on the outage or downtime
# content of chunkdescription of the tab Throughput: Rx Device gauranteed throughput based on QOS - quality of service of the system. This system has a capacity of 2Mbps. As seen bellow,the through put is not consistent.
Returns: A plot of throughput delivered with respect to time
# Multiple line plot
# Returns: Number of Descriptive Statistics of Receive Power.
Assumption: Normal distribtution because of the Central Limit theorem for large dataset where n >> 30
#your chunk content Returns: Number of Physicians with denominator cases and numerator cases.
description of picture
The BLE encryption protocol doesn`t is not shown in the wireshrk
Bluettoth protocols. I have not seen it yet. Currently, the encryption
scheme used for this link has not been identified.
For project use Project Presentation
Project